Geometric Photon Dynamics and Solar Macro-Helicity Conduits: Phase-Ordering Fields, A--B Twist Transport, and Cross-Scale Coherence from Polar Nodes to Turbulent Media

Wepresent a framework integrating the A–B Twist Photon Model (Zenodo, March 2026)with solar polar macro-helicity dynamics. Photons carry an emission-imprinted helical phase( =±1) that samples a background phase-ordering field Θ(x). In solar contexts this fieldappears as directional macro-helicity channels and polar nodes, explaining polar coronalholes as phase-selective nozzles, asynchronous hemispheric reversals as measurable ∆Θ offsets, and jet intermittency as local phase slippage.Four recent alignments (Uritsky et al. 2023; Sterling et al. 2024; Chen et al. 2024;Yang et al. 2024) are shown to be direct macroscopic realizations of the photon transportequations. We derive the evolution equation for Θ(x), formalize axion-photon couplings instellar environments, and revise all twenty predictions into crisp, quantitative, falsifiablestatements with explicit observables. Couplings are quantified by κ ≈ 0.68 (lab–solar matchwithin 8%), entropy bounds S/kB ≤ ln2, and universal scaling ∆φh/(α ˙ ΘL) = 1.0 ±0.1.The framework collapses lab (532nm), interstellar (DM ≈ 100pccm−3), and solarregimes onto a single phase-coherent picture. Predicted observables include auroral polarization maps of macro-helicity sign, CME launch biases, and neutrino-flux anisotropiesalong phase rails. This constitutes the first explicit bridge between twisted-light stabilityand solar-cycle helicity budgets.Zenodo DOI : 10.5281/zenodo.19188236 (uploaded 23 March 2026)